Performance Description Of Various Hi-Tech Fabrics

Since the development of textile industry and clothing industry, the simple cold prevention and summer vacation and shades have long been unable to meet people's needs.

Textile scientists and fashion designers have been working hard to expand the practicality of fabrics. Today's high-tech fabrics include nanotechnology, organic chemistry, materials science and fashion design.

At present, the latest breakthroughs in textile technology include innovative weaving techniques, such as "super fine stitches", which are knitted as tiny as nanostructures, which can obstruct air and molecular structures.

They protect against heat and poison, eliminate noise and generate electricity.

Green fashion: the world's first air purification long skirt, the function of clothing is no longer confined to shades and leads the trend. Helen Story, the British independent brand designer, has created the world's first air cleaning garment, combining science and art successfully.

In March this year, he released the latest series of jeans, the field of jeans, which put the photocatalyst on the surface of denim. When it touches the sunlight, it can decompose the pollutants into harmless chemicals. These chemicals can be removed after washing, and finally achieve the purpose of purifying the air.

In October last year, she first released a series of designs that had the function of purifying air, becoming the world's first real environmental dress.

special

To withstand nearly 1000 degrees of high temperature, fireproof clothing can withstand high temperatures of 982 degrees Celsius.

A layer of cloth in this fireproof clothing can endure 7 seconds of fire burning, and two layers of cloth can hold for 12 seconds to avoid 16% area burns, which is equivalent to two grade burns.

This special fabric is made of synthetic fibers and fire-resistant yarns, and its heat resistance is two times the best in the market.

Gas masks: intelligent identification and absorption of toxic gases, unlike traditional gas masks that block poisonous gases, Cornell University students have designed a new gas mask which can intelligently identify poisonous gas and absorb the specific gas.

It consists of cellulose fibers (cotton and other clothing materials) and crystal compounds, forming a so-called metal organic molecular structure (MOF molecule).

The molecular structure is porous, like a sponge, which captures and stores toxic gases.

In the past, it was very difficult to blend this fabric with clothes, but researchers at Cornell University successfully integrated MOF molecules with cellulose fibers to create a new fabric.

On the basis of this, the undergraduate student of Cornell University has designed a fashionable respirator with a Hoodie. It can set the position of the blowhole and absorb the specific poisonous gas according to the customers' requirements.

Strength

It is natural that the function of waterproof clothing is becoming more and more humane because of the fierce competition of the major outdoor sportswear brands.

Polartec has recently developed a respirable rainproof jacket that blocks human body from sweat and steam while preventing rain and snow from penetrating clothes.

The effect of noise suppression is as high as 5 times, so as to achieve the purpose of suppressing sound.

According to the mathematical model, Annette Douglas, a textile designer, chose a pparent and fireproof yarn as raw material and made a fabric with sound proof effect through special textile technology.

This cloth is light in weight and light pmittance, and the sound absorption effect is 5 times higher than that of the ordinary curtain. It is suitable for ordinary families and auditorium.

Solar powered uniforms: using body heat and solar power, researchers say that the solar warrior system can provide continuous power for radio, GPS and high-tech weapons, but its weight is only half of that of traditional batteries.

They are also developing a new type of fabric that integrates photovoltaic cells (PV batteries) and body heat converters into clothes.